ROXOR Payload Test
Why It Matters
The test shows autonomous robots can augment farm labor, but calibration and payload reliability must improve for viable commercial adoption.
Key Takeaways
- •ROXOR can carry roughly twice a cat‑height stack of hay
- •Roof attachment holds up to 30 bales in test conditions
- •Automatic dispenser misfires, dropping bales and lacking calibration
- •Payload performance lower than simulated expectations, highlighting real‑world constraints
- •Operator improvises hay‑moving scenario to evaluate robot’s utility
Summary
The video documents a live payload test of the ROXOR robotic platform, tasked with moving hay bales from a rack to a loft. The operator frames the scenario as a makeshift solution to a farmer’s request, using the robot’s back compartment as a temporary hay carrier.
During the trial the robot successfully lifted a stack roughly twice the height of a cat, demonstrating a modest payload capacity. The roof attachment proved capable of supporting up to 30 bales, though the operator noted that only a fraction were actually placed during the test. An automatic dispenser was employed, but it misfired, dropping several bales and revealing calibration gaps.
Key moments include the operator’s remark, “twice as high as a cat,” and the observation, “we could have gotten 30 on there if we used the roof.” The dispenser’s erratic behavior was highlighted with the comment, “It’s not quite calibrated,” underscoring the need for fine‑tuning.
The demonstration underscores both the promise and the practical hurdles of deploying autonomous equipment in agriculture. While the robot can handle meaningful loads, reliable dispensing mechanisms and realistic performance metrics are essential before commercial rollout.
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